CN110316700A - A kind of array reforming reactor - Google Patents
A kind of array reforming reactor Download PDFInfo
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- CN110316700A CN110316700A CN201910566837.5A CN201910566837A CN110316700A CN 110316700 A CN110316700 A CN 110316700A CN 201910566837 A CN201910566837 A CN 201910566837A CN 110316700 A CN110316700 A CN 110316700A
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- carrier gas
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- C—CHEMISTRY; METALLURGY
- C01—INORGANIC CHEMISTRY
- C01B—NON-METALLIC ELEMENTS; COMPOUNDS THEREOF; METALLOIDS OR COMPOUNDS THEREOF NOT COVERED BY SUBCLASS C01C
- C01B3/00—Hydrogen; Gaseous mixtures containing hydrogen; Separation of hydrogen from mixtures containing it; Purification of hydrogen
- C01B3/02—Production of hydrogen or of gaseous mixtures containing a substantial proportion of hydrogen
- C01B3/22—Production of hydrogen or of gaseous mixtures containing a substantial proportion of hydrogen by decomposition of gaseous or liquid organic compounds
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- C—CHEMISTRY; METALLURGY
- C01—INORGANIC CHEMISTRY
- C01B—NON-METALLIC ELEMENTS; COMPOUNDS THEREOF; METALLOIDS OR COMPOUNDS THEREOF NOT COVERED BY SUBCLASS C01C
- C01B2203/00—Integrated processes for the production of hydrogen or synthesis gas
- C01B2203/02—Processes for making hydrogen or synthesis gas
- C01B2203/0266—Processes for making hydrogen or synthesis gas containing a decomposition step
- C01B2203/0272—Processes for making hydrogen or synthesis gas containing a decomposition step containing a non-catalytic decomposition step
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- C—CHEMISTRY; METALLURGY
- C01—INORGANIC CHEMISTRY
- C01B—NON-METALLIC ELEMENTS; COMPOUNDS THEREOF; METALLOIDS OR COMPOUNDS THEREOF NOT COVERED BY SUBCLASS C01C
- C01B2203/00—Integrated processes for the production of hydrogen or synthesis gas
- C01B2203/12—Feeding the process for making hydrogen or synthesis gas
- C01B2203/1205—Composition of the feed
- C01B2203/1211—Organic compounds or organic mixtures used in the process for making hydrogen or synthesis gas
- C01B2203/1217—Alcohols
- C01B2203/1223—Methanol
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- C—CHEMISTRY; METALLURGY
- C01—INORGANIC CHEMISTRY
- C01B—NON-METALLIC ELEMENTS; COMPOUNDS THEREOF; METALLOIDS OR COMPOUNDS THEREOF NOT COVERED BY SUBCLASS C01C
- C01B2203/00—Integrated processes for the production of hydrogen or synthesis gas
- C01B2203/12—Feeding the process for making hydrogen or synthesis gas
- C01B2203/1205—Composition of the feed
- C01B2203/1211—Organic compounds or organic mixtures used in the process for making hydrogen or synthesis gas
- C01B2203/1217—Alcohols
- C01B2203/1229—Ethanol
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- C—CHEMISTRY; METALLURGY
- C01—INORGANIC CHEMISTRY
- C01B—NON-METALLIC ELEMENTS; COMPOUNDS THEREOF; METALLOIDS OR COMPOUNDS THEREOF NOT COVERED BY SUBCLASS C01C
- C01B2203/00—Integrated processes for the production of hydrogen or synthesis gas
- C01B2203/16—Controlling the process
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- Organic Chemistry (AREA)
- Health & Medical Sciences (AREA)
- General Health & Medical Sciences (AREA)
- Engineering & Computer Science (AREA)
- Combustion & Propulsion (AREA)
- Inorganic Chemistry (AREA)
- Fuel Cell (AREA)
- Physical Or Chemical Processes And Apparatus (AREA)
Abstract
A kind of array reforming reactor, belongs to reformation hydrogen production field.Including the multiple main bodys connected side by side；Insulating end inner hollow is ionization chamber, the main body of combined high-voltage electrode is located in ionization chamber, one side opening of insulating end, opening is equipped with Outlet cover plate, discharge layer connects high voltage power supply by power-on switch, fixing end is equipped with carrier gas inlet, carrier gas inlet is connected by carrier gas injection valve with high pressure carrier gas bottle, fuel passage connects fuel tank by fuel injection valve, fuel tank connects catch box, and liquid collecting outlet is connected by liquid collecting valve with collection liquid pump, and collection liquid pump connects catch box, the fixing end of adjacent body is connected, and the grounding electrode between adjacent body is connected.The present invention carries out reformation hydrogen production to hydrogeneous liquid fuel using nonequilibrium plasma technology, reforming efficiency is fast at high speed, furthermore insulation sleeve of the invention, combined high-voltage electrode, grounding electrode have been all made of modularized design, installation, disassembly and the maintenance when being easy to use.
Description
Technical field
The present invention relates to reformation hydrogen production field more particularly to a kind of array reforming reactors.
Background technique
Combustion of hydrogen cleaning, the discharge such as no particle, hydrocarbon, carbon monoxide；According to Lean Burning Technique, combustion of hydrogen can
Further realize zero-emission；Therefore, compared with the conventional fossil fuels such as gasoline, diesel oil, natural gas, hydrogen has as engine
The great potential of main fuel.
However, hydrogen is gaseous state at normal temperatures and pressures, when use, need to be liquefied using low temperature, or pressurization compresses it
For the compression hydrogen of high pressure high density, no matter which kind of method, hydrogen is both needed to be stored in high-pressure bottle in storage and transport process, this leads
The increase of use cost has been caused, and there is security risk；And the explosion limit of hydrogen is wide, burning velocity is fast, is directly used as sending out
Tempering is easy to happen when motivation fuel, these properties lead to, the work safety of engine very high using the risk of hydrogen fuel
Property and reliability not can guarantee.
The hydrogeneous liquid fuel such as methanol, ethyl alcohol is subjected to reforming reaction under certain condition, hydrogen-containing fuel can be made to split
Solution reaction, generates the fuel gas for being rich in hydrogen, these, which generate gas, can be directly used as engine fuel, is effectively improved engine
Igniting and combustibility, and reduce discharge；And the hydrogeneous liquid fuel such as methanol, ethyl alcohol is liquid under normal temperature and pressure conditions,
It stores and transports very convenient, therefore the hydrogeneous liquid fuel such as methanol, ethyl alcohol is restructured as by hydrogen rich gas using online reforming technique
Simultaneously real-time feed engine is as fuel for body, so that the hydrogeneous liquid fuel such as methanol, ethyl alcohol and its fuel reforming have in internal combustion
The great potential that the fields such as machine, aero-engine use.
The device of existing engine preparing hydrogen by reforming methanol uses between reactive agent inside and outside shell added with insulating ceramic cotton,
On reactive agent lower cover plate after first laminated multi-layer methanol-water evaporation layer, then alternately laminated reforming reaction layer and combustion reaction layer, heat
In the reforming reaction layer of one end insertion middle layer of galvanic couple, other end temperature signal line is connected with electronic control unit；Electronic control unit
It is electric with methanol pump, methanol aqueous solution pump, air pump, methanol air flow control electromagnetic valve and methanol aqueous solution flow control respectively
Magnet valve circuit is connected, and methanol water storage bin is accessed in one end of methanol aqueous solution pump, and the other end accesses methanol-water through control solenoid valve
Evaporation layer, a termination methanol storage bin of methanol pump, the other end connect methanol-water evaporation layer through controlling solenoid valve, and upper and lower lids are opened
There is the scheme of multiple exhaust gas recirculation holes, working space is isolated into evaporating space and cracking space two parts by this scheme, due to
Working space is big, not can guarantee hydrogeneous liquid fuel and comes into full contact with catalyst, hydrogeneous liquid fuel and exhaust gas, therefore its work
Efficiency and speed are more low, and this scheme weight is larger, are limited, make by weight used in the fields such as vehicle-mounted, airborne
With inconvenience；Furthermore existing online reforming hydrogen producing technology must use catalyst, increase use cost, and catalyst is using
In it is different for different applying working conditions its catalytic effect, catalyst poisoning easily occurs under certain operating conditions, leads to reforming reaction
Device failure.
Summary of the invention
To solve, existing reforming reactor working efficiency and speed are lower, weight is big and need asking using catalyst
Topic, the present invention provides a kind of array reforming reactors.
To achieve the above object, the technical solution adopted by the present invention is that: a kind of array reforming reactor, including connect side by side
The multiple main bodys connect, the main body include insulation sleeve, combined high-voltage electrode, Outlet cover plate, collector tube and grounding electrode；It is described
Insulation sleeve is divided into fixing end and insulating end, and fixing end is equipped with the mounting hole cooperated with combined high-voltage electrode linkage section, insulating end
Inner hollow is ionization chamber, and the main body of combined high-voltage electrode is located in ionization chamber, and one side opening of insulating end, opening is equipped with
Outlet cover plate, collector tube one end are connect with insulating end, the liquid collecting outlet on the collector tube other end and fixing end, outside insulating end
Wall is also surrounded with grounding electrode, and combined high-voltage electrode includes discharge layer and insulating layer, and insulating layer is located inside discharge layer, insulation
Layer is internal to be equipped with fuel passage, and discharge layer is equipped with spout connected to the fuel passage, and discharge layer is connected high by power-on switch
Voltage source, fixing end are equipped with carrier gas inlet, and carrier gas inlet is connected by carrier gas injection valve with high pressure carrier gas bottle, and fuel passage is logical
Fuel injection valve connection fuel tank is crossed, fuel tank connects catch box, and liquid collecting outlet is connected by liquid collecting valve with collection liquid pump, collects liquid pump
Catch box is connected, the fixing end of adjacent body is connected, and the grounding electrode between adjacent body is connected.
Further, the grounding electrode is located at fixing end side, and grounding electrode one end is connected on fixing end outer wall, collection
The inlet of liquid pipe is connect by fixing bolt B with insulating end, and the entrance of collector tube and the liquid collecting entrance phase on insulating end
Logical, the exit of collector tube is connect by fixing bolt A with grounding electrode one end, and grounding electrode one end is equipped with liquid collection opening, collection
Liquid outlet and liquid collection opening are connected to collector tube.
Further, the fixing end is threadedly coupled with discharge layer by mounting hole, the side of discharge layer, insulating layer side
Face and the side of fixing end are generally aligned in the same plane.
Further, the combined high-voltage electrode further includes the energising layer connecting with the fixing end other side, energising layer with
Discharge layer connection, the load that energising layer is equipped with fuel inlet connected to the fuel passage, is connected to the carrier gas inlet in fixing end
Gas is passed through mouth and the liquid collecting pass-out mouth for liquid collecting outlet liquid collecting valve.
Further, the spout is multiple by a Kong Luyu fuel passage connection, the quantity of spout.
Further, the spout is connected to by more than two Kong Luyu fuel passages, and the quantity of spout is multiple.
Further, the Outlet cover plate side is equipped with the fixation annular groove for connecting insulating end, the outlet of adjacent body
Cover board is connected.
Further, the Outlet cover plate both ends bend and contact with insulating end outer wall, the both ends of bending and grounding electrode
It is threadedly coupled, Outlet cover plate is additionally provided with the through-hole passed through for collector tube, and grounding electrode one end is provided with connecing through fixing end
Head.
Further, the Outlet cover plate, which is equipped with, reforms gas outlet, reforms gas outlet by air outlet valve and connects flowmeter.
Further, the carrier gas injection valve of adjacent body is all connected to a high pressure carrier gas bottle, the fuel spray of adjacent body
It penetrates valve and is all connected to a fuel tank, the liquid collecting valve of adjacent body is all connected to a collection liquid pump, and the discharge layer of adjacent body is equal
It is connected to a power-on switch.
The beneficial effects of the present invention are: reformation hydrogen production is carried out to hydrogeneous liquid fuel using nonequilibrium plasma technology,
Reforming efficiency is fast at high speed, and reforming reactor structure is simply small in size；Without using catalyst, on the one hand can reduce into
This, on the other hand avoids the problem of system reliability caused by catalyst poisoning declines；Furthermore insulation sleeve of the invention, combination
Formula high-field electrode, grounding electrode have been all made of modularized design, installation, disassembly and the maintenance when being easy to use.
Detailed description of the invention
Fig. 1 is the structural schematic diagram of the embodiment of the present invention 1；
Fig. 2 is the structural schematic diagram of the embodiment of the present invention 2；
Fig. 3 is the structural schematic diagram of the embodiment of the present invention 3；
Fig. 4 is the structural schematic diagram of the embodiment of the present invention 4；
Fig. 5 is the structural schematic diagram of the embodiment of the present invention 5；
Fig. 6 is the structural schematic diagram of the embodiment of the present invention 6；
Fig. 7 is the structural schematic diagram of the embodiment of the present invention 7；
Fig. 8 is the structural schematic diagram of the embodiment of the present invention 8.
1. insulation sleeve in figure, 1-1. fixing end, 1-1-1. carrier gas inlet, 1-1-2. liquid collecting outlet, 1-2. insulating end, 1-2-
1. liquid collecting entrance, 2. combined high-voltage electrodes, 2-1. discharge layer, 2-2. insulating layer, 2-3. fuel passage, 2-4. spout, 2-5 are logical
Electric layer, 3. Outlet cover plates, 4. collector tubes, 5. grounding electrodes, 5-1. connector, 6. ionization chambers, 7. flowmeters, 8. high pressure carrier gas bottles,
9. fuel tank, 10. catch boxes, 11. high voltage power supplies, 12. collection liquid pumps, 13. carrier gas injection valves, 14. fuel injection valves, 15. liquid collectings
Valve, 16. power-on switch, 17. air outlet valves.
Specific embodiment
Embodiment 1
A kind of array reforming reactor, including the multiple main bodys connected side by side, preferably three, the main body includes
The insulation sleeve 1 made of the insulating materials such as polytetrafluoroethylene (PTFE), combined high-voltage electrode 2, by insulating materials systems such as polytetrafluoroethylene (PTFE)
At Outlet cover plate 3, collector tube 4 and the grounding electrode 5 made of the materials such as red copper, tungsten alloy, stainless steel；The insulation sleeve 1
It is divided into fixing end 1-1 and insulating end 1-2, fixing end 1-1 is equipped with the mounting hole cooperated with 2 linkage section of combined high-voltage electrode, absolutely
Acies 1-2 inner hollow is ionization chamber 6, and the main body of combined high-voltage electrode 2 is located in ionization chamber 6, and insulating end 1-2 is opened side
Mouthful, opening is equipped with Outlet cover plate 3, and 4 one end of collector tube is connect with insulating end 1-2,4 other end of collector tube and fixing end 1-1
On liquid collecting outlet 1-1-2 connection, insulating end 1-2 outer wall is also surrounded with grounding electrode 5, and combined high-voltage electrode 2 includes by purple
Discharge layer 2-1 and the insulating layer 2-2 made of the insulating materials such as polytetrafluoroethylene (PTFE) made of the materials such as copper, tungsten alloy, stainless steel,
Insulating layer 2-2 is located inside discharge layer 2-1, fuel passage 2-3 is equipped with inside insulating layer 2-2, discharge layer 2-1 is equipped with and fuel
The spout 2-4 of access 2-3 connection, fuel passage 2-3 are connected with fuel injection valve 14, and discharge layer 2-1 is connected by power-on switch 16
High voltage power supply 11 is connect, fixing end 1-1 is equipped with carrier gas inlet 1-1-1, and carrier gas inlet 1-1-1 passes through carrier gas injection valve 13 and high pressure
Carrier gas bottle 8 is connected, and fuel passage 2-3 connects fuel tank 9 by fuel injection valve 14, and fuel tank 9 connects catch box 10, and liquid collecting goes out
Mouth 1-1-2 is connected by liquid collecting valve 15 with collection liquid pump 12, and collection liquid pump 12 connects catch box 10, the fixing end 1-1 phase of adjacent body
Company makes insulation sleeve 1 become an entirety, and the grounding electrode 5 between adjacent body is connected to an entirety, and carrier gas injection valve 13 is
Solenoid valve is injection of the solenoid valve to control hydrogeneous liquid fuel, liquid collecting valve to control carrier gas injection, fuel injection valve 14
15 be one-way valve structures with the opening and closing of domination set liquid pipeline, collects liquid pump 12 and is convenient for taking out residual liquid fuel for manufacturing pressure difference
Out.
The grounding electrode 5 is located at the side fixing end 1-1, and 5 one end of grounding electrode is connected on fixing end 1-1 outer wall, collection
The inlet of liquid pipe 4 is connect by fixing bolt B with insulating end 1-2, and the collection on the entrance of collector tube 4 and insulating end 1-2
Liquid entrance 1-2-1 is communicated, and the exit of collector tube 4 is connect by fixing bolt A with 5 one end of grounding electrode, 5 one end of grounding electrode
It is equipped with liquid collection opening, liquid collecting outlet 1-1-2 and liquid collection opening are connected to collector tube 4.
The fixing end 1-1 is threadedly coupled with discharge layer 2-1 by mounting hole, the side of discharge layer 2-1, insulating layer 2-2
Side and the side of fixing end 1-1 be generally aligned in the same plane.
The spout 2-4 is multiple, Kong Lu and spray by a Kong Luyu fuel passage 2-3 connection, the quantity of spout 2-4
Mouth 2-4 is symmetrically distributed in the two sides fuel passage 2-3.
3 side of Outlet cover plate is equipped with the fixation annular groove for connecting insulating end 1-2, the Outlet cover plate 3 of adjacent body
It is connected.
The Outlet cover plate 3, which is equipped with, reforms gas outlet, reforms gas outlet by air outlet valve 17 and connects flowmeter 7, adjacent
The flowmeter 7 of main body is connected to a pipeline, and air outlet valve 17 is one-way valve structures, to control the flow of fuel gas, flow
Meter 7 is to monitor fuel gas flow obtained.
The carrier gas injection valve 13 of adjacent body is all connected to a high pressure carrier gas bottle 8, the fuel injection valve 14 of adjacent body
It is all connected to a fuel tank 9, the liquid collecting valve 15 of adjacent body is all connected to a collection liquid pump 12, the discharge layer 2- of adjacent body
1 is all connected to a power-on switch 16.
The present embodiment uses high-field electrode and couples hydrogeneous liquid fuel access, and one side liquid fuel can be combined type
High-field electrode cooling, on the other hand can be in a wide range of interior good atomizing effect of realization of ionization chamber；Combined high-voltage electrode coupling
Discharge layer and insulating layer have been closed, electrode corrosion can have been avoided while guaranteeing electric discharge.
Embodiment 2
A kind of array reforming reactor, including the multiple main bodys connected side by side, the main body includes insulation sleeve 1, combination
Formula high-field electrode 2, Outlet cover plate 3, collector tube 4 and grounding electrode 5；The insulation sleeve 1 divides for fixing end 1-1 and insulating end 1-2,
Fixing end 1-1 is equipped with the mounting hole cooperated with 2 linkage section of combined high-voltage electrode, and insulating end 1-2 inner hollow is ionization chamber 6,
The main body of combined high-voltage electrode 2 is located in ionization chamber 6, and mono- side opening of insulating end 1-2, opening is equipped with Outlet cover plate 3, collection
4 one end of liquid pipe is connect with insulating end 1-2, and 4 other end of collector tube is connected to the liquid collecting outlet 1-1-2 on fixing end 1-1, insulating end
1-2 outer wall is also surrounded with grounding electrode 5, and combined high-voltage electrode 2 includes discharge layer 2-1 and insulating layer 2-2, and insulating layer 2-2
Inside discharge layer 2-1, fuel passage 2-3 is equipped with inside insulating layer 2-2, discharge layer 2-1 is equipped with and is connected to fuel passage 2-3
Spout 2-4, fuel passage 2-3 is connected with fuel injection valve 14, and discharge layer 2-1 connects high voltage power supply by power-on switch 16
11, fixing end 1-1 are equipped with carrier gas inlet 1-1-1, and carrier gas inlet 1-1-1 passes through carrier gas injection valve 13 and 8 phase of high pressure carrier gas bottle
Even, fuel passage 2-3 connects fuel tank 9 by fuel injection valve 14, and fuel tank 9 connects catch box 10, and it is logical that liquid collecting exports 1-1-2
It crosses liquid collecting valve 15 to be connected with collection liquid pump 12, collection liquid pump 12 connects catch box 10, and the fixing end 1-1 of adjacent body is connected, adjacent master
Grounding electrode 5 between body is connected.
The grounding electrode 5 is located at the side fixing end 1-1, and 5 one end of grounding electrode is connected on fixing end 1-1 outer wall, collection
The inlet of liquid pipe 4 is connect by fixing bolt B with insulating end 1-2, and the collection on the entrance of collector tube 4 and insulating end 1-2
Liquid entrance 1-2-1 is communicated, and exit is connect by fixing bolt A with 5 one end of grounding electrode, and 5 one end of grounding electrode is equipped with collection
Liquid mouth, liquid collecting outlet 1-1-2 and liquid collection opening are connected to collector tube 4.
The fixing end 1-1 is threadedly coupled with discharge layer 2-1 by mounting hole, the side of discharge layer 2-1, insulating layer 2-2
Side and the side of fixing end 1-1 be generally aligned in the same plane.
The spout 2-4 is combined jet pore structure, and spout 2-4 passes through two and more than two Kong Luyu fuel passages
2-3 connection, the structure can play the role of improving atomization, and the road Liang Gekong is V-shaped, the quantity of spout 2-4 be it is multiple, Kong Lu and
Spout 2-4 is symmetrically distributed in the two sides fuel passage 2-3.
3 side of Outlet cover plate is equipped with the fixation annular groove for connecting insulating end 1-2, the Outlet cover plate 3 of adjacent body
It is connected.
The Outlet cover plate 3, which is equipped with, reforms gas outlet, reforms gas outlet by air outlet valve 17 and connects flowmeter 7, adjacent
The flowmeter 7 of main body is connected to a pipeline.
The carrier gas injection valve 13 of adjacent body is all connected to a high pressure carrier gas bottle 8, the fuel injection valve 14 of adjacent body
It is all connected to a fuel tank 9, the liquid collecting valve 15 of adjacent body is all connected to a collection liquid pump 12, the discharge layer 2- of adjacent body
1 is all connected to a power-on switch 16.
Embodiment 3
A kind of array reforming reactor, including the multiple main bodys connected side by side, the main body includes insulation sleeve 1, combination
Formula high-field electrode 2, Outlet cover plate 3, collector tube 4 and grounding electrode 5；The insulation sleeve 1 divides for fixing end 1-1 and insulating end 1-2,
Fixing end 1-1 is equipped with the mounting hole cooperated with 2 linkage section of combined high-voltage electrode, and insulating end 1-2 inner hollow is ionization chamber 6,
The main body of combined high-voltage electrode 2 is located in ionization chamber 6, and mono- side opening of insulating end 1-2, opening is equipped with Outlet cover plate 3, collection
4 one end of liquid pipe is connect with insulating end 1-2, and 4 other end of collector tube is connected to the liquid collecting outlet 1-1-2 on fixing end 1-1, insulating end
1-2 outer wall is also surrounded with grounding electrode 5, and combined high-voltage electrode 2 includes discharge layer 2-1 and insulating layer 2-2, and insulating layer 2-2
Inside discharge layer 2-1, fuel passage 2-3 is equipped with inside insulating layer 2-2, discharge layer 2-1 is equipped with and is connected to fuel passage 2-3
Spout 2-4, fuel passage 2-3 is connected with fuel injection valve 14, and discharge layer 2-1 connects high voltage power supply by power-on switch 16
11, fixing end 1-1 are equipped with carrier gas inlet 1-1-1, and carrier gas inlet 1-1-1 passes through carrier gas injection valve 13 and 8 phase of high pressure carrier gas bottle
Even, fuel passage 2-3 connects fuel tank 9 by fuel injection valve 14, and fuel tank 9 connects catch box 10, and it is logical that liquid collecting exports 1-1-2
It crosses liquid collecting valve 15 to be connected with collection liquid pump 12, collection liquid pump 12 connects catch box 10, and the fixing end 1-1 of adjacent body is connected, adjacent master
Grounding electrode 5 between body is connected.
The grounding electrode 5 is located at the side fixing end 1-1, and 5 one end of grounding electrode is connected on fixing end 1-1 outer wall, collection
The inlet of liquid pipe 4 is connect by fixing bolt B with insulating end 1-2, and the collection on the entrance of collector tube 4 and insulating end 1-2
Liquid entrance 1-2-1 is communicated, and exit is connect by fixing bolt A with 5 one end of grounding electrode, and 5 one end of grounding electrode is equipped with collection
Liquid mouth, liquid collecting outlet 1-1-2 and liquid collection opening are connected to collector tube 4.
The fixing end 1-1 is threadedly coupled with discharge layer 2-1 by mounting hole, the side of discharge layer 2-1, insulating layer 2-2
Side and the side of fixing end 1-1 be generally aligned in the same plane.
The spout 2-4 is multiple, Kong Lu and spray by a Kong Luyu fuel passage 2-3 connection, the quantity of spout 2-4
Mouth 2-4 is symmetrically distributed in the two sides fuel passage 2-3.
3 both ends of Outlet cover plate bend and contact with insulating end 1-2 outer wall, the both ends of bending and 5 screw thread of grounding electrode
Connection, Outlet cover plate 3 are additionally provided with the through-hole passed through for collector tube 4, and 5 one end of grounding electrode is provided with through fixing end 1-1's
Connector 5-1, connector 5-1 ground connection.
The Outlet cover plate 3, which is equipped with, reforms gas outlet, reforms gas outlet by air outlet valve 17 and connects flowmeter 7, adjacent
The flowmeter 7 of main body is connected to a pipeline.
The carrier gas injection valve 13 of adjacent body is all connected to a high pressure carrier gas bottle 8, the fuel injection valve 14 of adjacent body
It is all connected to a fuel tank 9, the liquid collecting valve 15 of adjacent body is all connected to a collection liquid pump 12, the discharge layer 2- of adjacent body
1 is all connected to a power-on switch 16.
Embodiment 4
A kind of array reforming reactor, including the multiple main bodys connected side by side, the main body includes insulation sleeve 1, combination
Formula high-field electrode 2, Outlet cover plate 3, collector tube 4 and grounding electrode 5；The insulation sleeve 1 divides for fixing end 1-1 and insulating end 1-2,
Fixing end 1-1 is equipped with the mounting hole cooperated with 2 linkage section of combined high-voltage electrode, and insulating end 1-2 inner hollow is ionization chamber 6,
The main body of combined high-voltage electrode 2 is located in ionization chamber 6, and mono- side opening of insulating end 1-2, opening is equipped with Outlet cover plate 3, collection
4 one end of liquid pipe is connect with insulating end 1-2, and 4 other end of collector tube is connected to the liquid collecting outlet 1-1-2 on fixing end 1-1, insulating end
1-2 outer wall is also surrounded with grounding electrode 5, and combined high-voltage electrode 2 includes discharge layer 2-1 and insulating layer 2-2, and insulating layer 2-2
Inside discharge layer 2-1, fuel passage 2-3 is equipped with inside insulating layer 2-2, discharge layer 2-1 is equipped with and is connected to fuel passage 2-3
Spout 2-4, fuel passage 2-3 is connected with fuel injection valve 14, and discharge layer 2-1 connects high voltage power supply by power-on switch 16
11, fixing end 1-1 are equipped with carrier gas inlet 1-1-1, and carrier gas inlet 1-1-1 passes through carrier gas injection valve 13 and 8 phase of high pressure carrier gas bottle
Even, fuel passage 2-3 connects fuel tank 9 by fuel injection valve 14, and fuel tank 9 connects catch box 10, and it is logical that liquid collecting exports 1-1-2
It crosses liquid collecting valve 15 to be connected with collection liquid pump 12, collection liquid pump 12 connects catch box 10, and the fixing end 1-1 of adjacent body is connected, adjacent master
Grounding electrode 5 between body is connected.
The grounding electrode 5 is located at the side fixing end 1-1, and 5 one end of grounding electrode is connected on fixing end 1-1 outer wall, collection
The inlet of liquid pipe 4 is connect by fixing bolt B with insulating end 1-2, and the collection on the entrance of collector tube 4 and insulating end 1-2
Liquid entrance 1-2-1 is communicated, and exit is connect by fixing bolt A with 5 one end of grounding electrode, and 5 one end of grounding electrode is equipped with collection
Liquid mouth, liquid collecting outlet 1-1-2 and liquid collection opening are connected to collector tube 4.
The fixing end 1-1 is threadedly coupled with discharge layer 2-1 by mounting hole, the side of discharge layer 2-1, insulating layer 2-2
Side and the side of fixing end 1-1 be generally aligned in the same plane.
The spout 2-4 is connected to by more than two Kong Luyu fuel passage 2-3, and the quantity of spout 2-4 is multiple, hole
Road and spout 2-4 are symmetrically distributed in the two sides fuel passage 2-3.
3 both ends of Outlet cover plate bend and contact with insulating end 1-2 outer wall, the both ends of bending and 5 screw thread of grounding electrode
Connection, Outlet cover plate 3 are additionally provided with the through-hole passed through for collector tube 4, and 5 one end of grounding electrode is provided with through fixing end 1-1's
Connector 5-1.
The Outlet cover plate 3, which is equipped with, reforms gas outlet, reforms gas outlet by air outlet valve 17 and connects flowmeter 7, adjacent
The flowmeter 7 of main body is connected to a pipeline.
The carrier gas injection valve 13 of adjacent body is all connected to a high pressure carrier gas bottle 8, the fuel injection valve 14 of adjacent body
It is all connected to a fuel tank 9, the liquid collecting valve 15 of adjacent body is all connected to a collection liquid pump 12, the discharge layer 2- of adjacent body
1 is all connected to a power-on switch 16.
Embodiment 5
A kind of array reforming reactor, including the multiple main bodys connected side by side, the main body includes insulation sleeve 1, combination
Formula high-field electrode 2, Outlet cover plate 3, collector tube 4 and grounding electrode 5；The insulation sleeve 1 divides for fixing end 1-1 and insulating end 1-2,
Fixing end 1-1 is equipped with the mounting hole cooperated with 2 linkage section of combined high-voltage electrode, and insulating end 1-2 inner hollow is ionization chamber 6,
The main body of combined high-voltage electrode 2 is located in ionization chamber 6, and mono- side opening of insulating end 1-2, opening is equipped with Outlet cover plate 3, collection
4 one end of liquid pipe is connect with insulating end 1-2, and 4 other end of collector tube is connected to the liquid collecting outlet 1-1-2 on fixing end 1-1, insulating end
1-2 outer wall is also surrounded with grounding electrode 5, and combined high-voltage electrode 2 includes discharge layer 2-1 and insulating layer 2-2, and insulating layer 2-2
Inside discharge layer 2-1, fuel passage 2-3 is equipped with inside insulating layer 2-2, discharge layer 2-1 is equipped with and is connected to fuel passage 2-3
Spout 2-4, fuel passage 2-3 is connected with fuel injection valve 14, and discharge layer 2-1 connects high voltage power supply by power-on switch 16
11, fixing end 1-1 are equipped with carrier gas inlet 1-1-1, and carrier gas inlet 1-1-1 passes through carrier gas injection valve 13 and 8 phase of high pressure carrier gas bottle
Even, fuel passage 2-3 connects fuel tank 9 by fuel injection valve 14, and fuel tank 9 connects catch box 10, and it is logical that liquid collecting exports 1-1-2
It crosses liquid collecting valve 15 to be connected with collection liquid pump 12, collection liquid pump 12 connects catch box 10, and the fixing end 1-1 of adjacent body is connected, adjacent master
Grounding electrode 5 between body is connected.
The grounding electrode 5 is located at the side fixing end 1-1, and 5 one end of grounding electrode is connected on fixing end 1-1 outer wall, collection
The inlet of liquid pipe 4 is connect by fixing bolt B with insulating end 1-2, and the collection on the entrance of collector tube 4 and insulating end 1-2
Liquid entrance 1-2-1 is communicated, and exit is connect by fixing bolt A with 5 one end of grounding electrode, and 5 one end of grounding electrode is equipped with collection
Liquid mouth, liquid collecting outlet 1-1-2 and liquid collection opening are connected to collector tube 4.
The combined high-voltage electrode 2 further includes the energising layer 2-5 connecting with the other side fixing end 1-1, energising layer 2-5 with
Discharge layer 2-1 connection, energising layer 2-5 are equipped with the carrier gas on the fuel inlet being connected to fuel passage 2-3 and fixing end 1-1
The carrier gas of entrance 1-1-1 connection is passed through the liquid collecting pass-out mouth that mouth is connected to liquid collecting valve 15 with for liquid collecting outlet 1-1-2.
The spout 2-4 is multiple, Kong Lu and spray by a Kong Luyu fuel passage 2-3 connection, the quantity of spout 2-4
Mouth 2-4 is symmetrically distributed in the two sides fuel passage 2-3.
3 side of Outlet cover plate is equipped with the fixation annular groove for connecting insulating end 1-2.
The Outlet cover plate 3, which is equipped with, reforms gas outlet, reforms gas outlet by air outlet valve 17 and connects flowmeter 7, adjacent
The flowmeter 7 of main body is connected to a pipeline.
The carrier gas injection valve 13 of adjacent body is all connected to a high pressure carrier gas bottle 8, the fuel injection valve 14 of adjacent body
It is all connected to a fuel tank 9, the liquid collecting valve 15 of adjacent body is all connected to a collection liquid pump 12, the discharge layer 2- of adjacent body
1 is all connected to a power-on switch 16.
Embodiment 6
A kind of array reforming reactor, including the multiple main bodys connected side by side, the main body includes insulation sleeve 1, combination
Formula high-field electrode 2, Outlet cover plate 3, collector tube 4 and grounding electrode 5；The insulation sleeve 1 divides for fixing end 1-1 and insulating end 1-2,
Fixing end 1-1 is equipped with the mounting hole cooperated with 2 linkage section of combined high-voltage electrode, and insulating end 1-2 inner hollow is ionization chamber 6,
The main body of combined high-voltage electrode 2 is located in ionization chamber 6, and mono- side opening of insulating end 1-2, opening is equipped with Outlet cover plate 3, collection
4 one end of liquid pipe is connect with insulating end 1-2, and 4 other end of collector tube is connected to the liquid collecting outlet 1-1-2 on fixing end 1-1, insulating end
1-2 outer wall is also surrounded with grounding electrode 5, and combined high-voltage electrode 2 includes discharge layer 2-1 and insulating layer 2-2, and insulating layer 2-2
Inside discharge layer 2-1, fuel passage 2-3 is equipped with inside insulating layer 2-2, discharge layer 2-1 is equipped with and is connected to fuel passage 2-3
Spout 2-4, fuel passage 2-3 is connected with fuel injection valve 14, and discharge layer 2-1 connects high voltage power supply by power-on switch 16
11, fixing end 1-1 are equipped with carrier gas inlet 1-1-1, and carrier gas inlet 1-1-1 passes through carrier gas injection valve 13 and 8 phase of high pressure carrier gas bottle
Even, fuel passage 2-3 connects fuel tank 9 by fuel injection valve 14, and fuel tank 9 connects catch box 10, and it is logical that liquid collecting exports 1-1-2
It crosses liquid collecting valve 15 to be connected with collection liquid pump 12, collection liquid pump 12 connects catch box 10, and the fixing end 1-1 of adjacent body is connected, adjacent master
Grounding electrode 5 between body is connected.
The grounding electrode 5 is located at the side fixing end 1-1, and 5 one end of grounding electrode is connected on fixing end 1-1 outer wall, collection
The inlet of liquid pipe 4 is connect by fixing bolt B with insulating end 1-2, and the collection on the entrance of collector tube 4 and insulating end 1-2
Liquid entrance 1-2-1 is communicated, and exit is connect by fixing bolt A with 5 one end of grounding electrode, and 5 one end of grounding electrode is equipped with collection
Liquid mouth, liquid collecting outlet 1-1-2 and liquid collection opening are connected to collector tube 4.
The combined high-voltage electrode 2 further includes the energising layer 2-5 connecting with the other side fixing end 1-1, energising layer 2-5 with
Discharge layer 2-1 connection, energising layer 2-5 are equipped with the carrier gas on the fuel inlet being connected to fuel passage 2-3 and fixing end 1-1
The carrier gas of entrance 1-1-1 connection is passed through the liquid collecting pass-out mouth that mouth is connected to liquid collecting valve 15 with for liquid collecting outlet 1-1-2.
The spout 2-4 is connected to by more than two Kong Luyu fuel passage 2-3, and the quantity of spout 2-4 is multiple, hole
Road and spout 2-4 are symmetrically distributed in the two sides fuel passage 2-3.
3 side of Outlet cover plate is equipped with the fixation annular groove for connecting insulating end 1-2.
The Outlet cover plate 3, which is equipped with, reforms gas outlet, reforms gas outlet by air outlet valve 17 and connects flowmeter 7, adjacent
The flowmeter 7 of main body is connected to a pipeline.
The carrier gas injection valve 13 of adjacent body is all connected to a high pressure carrier gas bottle 8, the fuel injection valve 14 of adjacent body
It is all connected to a fuel tank 9, the liquid collecting valve 15 of adjacent body is all connected to a collection liquid pump 12, the discharge layer 2- of adjacent body
1 is all connected to a power-on switch 16.
Embodiment 7
A kind of array reforming reactor, including the multiple main bodys connected side by side, the main body includes insulation sleeve 1, combination
Formula high-field electrode 2, Outlet cover plate 3, collector tube 4 and grounding electrode 5；The insulation sleeve 1 divides for fixing end 1-1 and insulating end 1-2,
Fixing end 1-1 is equipped with the mounting hole cooperated with 2 linkage section of combined high-voltage electrode, and insulating end 1-2 inner hollow is ionization chamber 6,
The main body of combined high-voltage electrode 2 is located in ionization chamber 6, and mono- side opening of insulating end 1-2, opening is equipped with Outlet cover plate 3, collection
4 one end of liquid pipe is connect with insulating end 1-2, and 4 other end of collector tube is connected to the liquid collecting outlet 1-1-2 on fixing end 1-1, insulating end
1-2 outer wall is also surrounded with grounding electrode 5, and combined high-voltage electrode 2 includes discharge layer 2-1 and insulating layer 2-2, and insulating layer 2-2
Inside discharge layer 2-1, fuel passage 2-3 is equipped with inside insulating layer 2-2, discharge layer 2-1 is equipped with and is connected to fuel passage 2-3
Spout 2-4, fuel passage 2-3 is connected with fuel injection valve 14, and discharge layer 2-1 connects high voltage power supply by power-on switch 16
11, fixing end 1-1 are equipped with carrier gas inlet 1-1-1, and carrier gas inlet 1-1-1 passes through carrier gas injection valve 13 and 8 phase of high pressure carrier gas bottle
Even, fuel passage 2-3 connects fuel tank 9 by fuel injection valve 14, and fuel tank 9 connects catch box 10, and it is logical that liquid collecting exports 1-1-2
It crosses liquid collecting valve 15 to be connected with collection liquid pump 12, collection liquid pump 12 connects catch box 10, and the fixing end 1-1 of adjacent body is connected, adjacent master
Grounding electrode 5 between body is connected.
The grounding electrode 5 is located at the side fixing end 1-1, and 5 one end of grounding electrode is connected on fixing end 1-1 outer wall, collection
The inlet of liquid pipe 4 is connect by fixing bolt B with insulating end 1-2, and the collection on the entrance of collector tube 4 and insulating end 1-2
Liquid entrance 1-2-1 is communicated, and exit is connect by fixing bolt A with 5 one end of grounding electrode, and 5 one end of grounding electrode is equipped with collection
Liquid mouth, liquid collecting outlet 1-1-2 and liquid collection opening are connected to collector tube 4.
The combined high-voltage electrode 2 further includes the energising layer 2-5 connecting with the other side fixing end 1-1, energising layer 2-5 with
Discharge layer 2-1 connection, energising layer 2-5 are equipped with the carrier gas on the fuel inlet being connected to fuel passage 2-3 and fixing end 1-1
The carrier gas of entrance 1-1-1 connection is passed through the liquid collecting pass-out mouth that mouth is connected to liquid collecting valve 15 with for liquid collecting outlet 1-1-2.
The spout 2-4 is multiple, Kong Lu and spray by a Kong Luyu fuel passage 2-3 connection, the quantity of spout 2-4
Mouth 2-4 is symmetrically distributed in the two sides fuel passage 2-3.
3 both ends of Outlet cover plate bend and contact with insulating end 1-2 outer wall, the both ends of bending and 5 screw thread of grounding electrode
Connection, Outlet cover plate 3 are additionally provided with the through-hole passed through for collector tube 4, and 5 one end of grounding electrode is provided with through fixing end 1-1's
Connector 5-1.
The Outlet cover plate 3, which is equipped with, reforms gas outlet, reforms gas outlet by air outlet valve 17 and connects flowmeter 7, adjacent
The flowmeter 7 of main body is connected to a pipeline.
The carrier gas injection valve 13 of adjacent body is all connected to a high pressure carrier gas bottle 8, the fuel injection valve 14 of adjacent body
It is all connected to a fuel tank 9, the liquid collecting valve 15 of adjacent body is all connected to a collection liquid pump 12, the discharge layer 2- of adjacent body
1 is all connected to a power-on switch 16.
Embodiment 8
A kind of array reforming reactor, including the multiple main bodys connected side by side, the main body includes insulation sleeve 1, combination
Formula high-field electrode 2, Outlet cover plate 3, collector tube 4 and grounding electrode 5；The insulation sleeve 1 divides for fixing end 1-1 and insulating end 1-2,
Fixing end 1-1 is equipped with the mounting hole cooperated with 2 linkage section of combined high-voltage electrode, and insulating end 1-2 inner hollow is ionization chamber 6,
The main body of combined high-voltage electrode 2 is located in ionization chamber 6, and mono- side opening of insulating end 1-2, opening is equipped with Outlet cover plate 3, collection
4 one end of liquid pipe is connect with insulating end 1-2, and 4 other end of collector tube is connected to the liquid collecting outlet 1-1-2 on fixing end 1-1, insulating end
1-2 outer wall is also surrounded with grounding electrode 5, and combined high-voltage electrode 2 includes discharge layer 2-1 and insulating layer 2-2, and insulating layer 2-2
Inside discharge layer 2-1, fuel passage 2-3 is equipped with inside insulating layer 2-2, discharge layer 2-1 is equipped with and is connected to fuel passage 2-3
Spout 2-4, fuel passage 2-3 is connected with fuel injection valve 14, and discharge layer 2-1 connects high voltage power supply by power-on switch 16
11, fixing end 1-1 are equipped with carrier gas inlet 1-1-1, and carrier gas inlet 1-1-1 passes through carrier gas injection valve 13 and 8 phase of high pressure carrier gas bottle
Even, fuel passage 2-3 connects fuel tank 9 by fuel injection valve 14, and fuel tank 9 connects catch box 10, and it is logical that liquid collecting exports 1-1-2
It crosses liquid collecting valve 15 to be connected with collection liquid pump 12, collection liquid pump 12 connects catch box 10, and the fixing end 1-1 of adjacent body is connected, adjacent master
Grounding electrode 5 between body is connected.
The grounding electrode 5 is located at the side fixing end 1-1, and 5 one end of grounding electrode is connected on fixing end 1-1 outer wall, collection
The inlet of liquid pipe 4 is connect by fixing bolt B with insulating end 1-2, and the collection on the entrance of collector tube 4 and insulating end 1-2
Liquid entrance 1-2-1 is communicated, and exit is connect by fixing bolt A with 5 one end of grounding electrode, and 5 one end of grounding electrode is equipped with collection
Liquid mouth, liquid collecting outlet 1-1-2 and liquid collection opening are connected to collector tube 4.
The combined high-voltage electrode 2 further includes the energising layer 2-5 connecting with the other side fixing end 1-1, energising layer 2-5 with
Discharge layer 2-1 connection, energising layer 2-5 are equipped with the carrier gas on the fuel inlet being connected to fuel passage 2-3 and fixing end 1-1
The carrier gas of entrance 1-1-1 connection is passed through the liquid collecting pass-out mouth that mouth is connected to liquid collecting valve 15 with for liquid collecting outlet 1-1-2.
The spout 2-4 is connected to by more than two Kong Luyu fuel passage 2-3, and the quantity of spout 2-4 is multiple, hole
Road and spout 2-4 are symmetrically distributed in the two sides fuel passage 2-3.
3 both ends of Outlet cover plate bend and contact with insulating end 1-2 outer wall, the both ends of bending and 5 screw thread of grounding electrode
Connection, Outlet cover plate 3 are additionally provided with the through-hole passed through for collector tube 4, and 5 one end of grounding electrode is provided with through fixing end 1-1's
Connector 5-1.
The Outlet cover plate 3, which is equipped with, reforms gas outlet, reforms gas outlet by air outlet valve 17 and connects flowmeter 7, adjacent
The flowmeter 7 of main body is connected to a pipeline.
The carrier gas injection valve 13 of adjacent body is all connected to a high pressure carrier gas bottle 8, the fuel injection valve 14 of adjacent body
It is all connected to a fuel tank 9, the liquid collecting valve 15 of adjacent body is all connected to a collection liquid pump 12, the discharge layer 2- of adjacent body
1 is all connected to a power-on switch 16.
Embodiment 9
Present embodiments provide a kind of control method of array reforming reactor, comprising the following steps:
S1:ECU is issued to high voltage power supply 11 and is instructed, and high voltage power supply 11 starts as the power supply of combined high-voltage electrode 2；Combined type
Electric field is formed in the ionization chamber 6 that high-field electrode 2, Outlet cover plate 3 and insulation sleeve 1 surround；
S2:ECU is issued to fuel injection valve 14 and is instructed, and fuel injection valve 14 is opened, and liquid fuel starts to spray, simultaneously
ECU is issued to carrier gas injection valve 13 and is instructed, and carrier gas injection valve 13 is opened, and high pressure carrier gas starts to spray, and liquid fuel is logical through fuel
Road 2-3 and spout 2-4 enters ionization chamber 6, and high pressure carrier gas enters ionization chamber 6, liquid fuel and high ballast through carrier gas inlet 1-1-1
Gas is mixed to form gas-liquid mixed gas in ionization chamber 6, and gas-liquid mixed gas flows to the left and by electric field, and gas-liquid mixed gas is in electric field
In be ionized and then react, generate the fuel gas containing H2, CO, the effect that carrier gas is added is to increase hydrogeneous liquid fuel
Atomizing effect, preferred carrier gas use nitrogen；
S3:ECU controls air outlet valve 17 and opens, and fuel gas is reformed gas outlet outflow, supply engine and other application
Occasion；
S4: the flowmeter 7 of 17 side of air outlet valve measures fuel gas flow, and when flow is met the requirements, ECU controls fuel
Injection valve 14 is closed, and carrier gas injection valve 13 continues to spray high pressure carrier gas at this time, and fuel gas remaining in ionization chamber 6 is released weight
Whole gas outlet；
S5: after time t1, ECU controls air outlet valve 17 and closes, while ECU control carrier gas injection valve 13 is closed；ECU is to high pressure
Power supply 11 issues instruction, and high voltage power supply 11 powers off, and the electric field in ionization chamber 6 disappears；
S6:ECU is issued to 15 sum aggregate liquid pump 12 of liquid collecting valve and is instructed, and liquid collecting valve 15 is opened, and is then collected liquid pump 12 and is started to work,
Residual liquid fuel in ionization chamber 6 flow to catch box 10 from collector tube 4, and after time t2, ECU controls 15 sum aggregate of liquid collecting valve
Liquid pump 12 is closed.
The step S1 specifically: ECU issues instruction to high voltage power supply 11 and power-on switch 16, and power-on switch 16 is opened,
High voltage power supply 11 starts to power for the discharge layer 2-1 of combined high-voltage electrode 2；Discharge layer 2-1, Outlet cover plate 3 and insulation sleeve 1 enclose
At ionization chamber 6 in form electric field.
The step S2 specifically: ECU is issued to fuel injection valve 14 and instructed, and fuel injection valve 14 is opened, in fuel tank 9
Liquid fuel be injected into ionization chamber 6 by fuel injection valve 14 and fuel passage 2-3 and by spout 2-4, while ECU is to load
Gas jet valve 13 issues instruction, and carrier gas injection valve 13 is opened, fixing end of the high pressure carrier gas in high pressure carrier gas bottle 8 from insulation sleeve 1
The carrier gas inlet 1-1-1 being arranged on 1-1 is injected into ionization chamber 6, and liquid fuel mixes in ionization chamber 6 with high pressure carrier gas, and
Fuel gas is generated under electric field action.
Embodiment 10
Present embodiments provide the control method of another array reforming reactor, comprising the following steps:
S1:ECU is issued to high voltage power supply 11 and is instructed, and high voltage power supply 11 starts as the power supply of combined high-voltage electrode 2；Combined type
Electric field is formed in the ionization chamber 6 that high-field electrode 2, Outlet cover plate 3 and insulation sleeve 1 surround；
S2:ECU is issued to fuel injection valve 14 and is instructed, and fuel injection valve 14 is opened, and fuel starts to spray, at the same ECU to
Carrier gas injection valve 13 issues instruction, and carrier gas injection valve 13 is opened, and carrier gas starts to spray, and fuel is through fuel passage 2-3 and spout 2-4
Into ionization chamber 6, carrier gas enters ionization chamber 6 through carrier gas inlet 1-1-1, and fuel mixes in ionization chamber 6 with carrier gas, and in electric field
Effect is lower to generate fuel gas；
S3:ECU controls air outlet valve 17 and opens, and fuel gas is reformed gas outlet outflow；
S4: the flowmeter 7 of 17 side of air outlet valve measures fuel gas flow, and when flow is met the requirements, ECU controls fuel
Injection valve 14 is closed, and carrier gas injection valve 13 continues to spray carrier gas at this time, and fuel gas remaining in ionization chamber 6 is released and reforms gas
Outlet；
S5: after time t1, ECU controls air outlet valve 17 and closes, while ECU control carrier gas injection valve 13 is closed；ECU is to high pressure
Power supply 11 issues instruction, and high voltage power supply 11 powers off, and the electric field in ionization chamber 6 disappears；
S6:ECU is issued to 15 sum aggregate liquid pump 12 of liquid collecting valve and is instructed, and liquid collecting valve 15 is opened, and is then collected liquid pump 12 and is started to work,
Residual fuel in ionization chamber 6 flow to catch box 10 from collector tube 4, and after time t2, ECU controls 15 sum aggregate liquid pump of liquid collecting valve
12 close.
The step S1 specifically: ECU issues instruction to high voltage power supply 11 and power-on switch 16, and power-on switch 16 is opened,
High voltage power supply 11 starts to power for the energising layer 2-5 of combined high-voltage electrode 2, and energising layer 2-5 is connected with discharge layer 2-1, is powered
Layer 2-5 is located at the side fixing end 1-1；Electric field is formed in the ionization chamber 6 that discharge layer 2-1, Outlet cover plate 3 and insulation sleeve 1 surround.
The step S2 specifically: ECU is issued to fuel injection valve 14 and instructed, and fuel injection valve 14 is opened, in fuel tank 9
Fuel be injected into ionization chamber 6 by fuel injection valve 14 and fuel passage 2-3 and by spout 2-4, while ECU is sprayed to carrier gas
It penetrates valve 13 and issues instruction, carrier gas injection valve 13 is opened, and the carrier gas in high pressure carrier gas bottle 8 is arranged from the fixing end 1-1 of insulation sleeve 1
Carrier gas inlet 1-1-1 be injected into ionization chamber 6, fuel mixes in ionization chamber 6 with carrier gas, and under electric field action generate can
Combustion gas body.
The foregoing is only a preferred embodiment of the present invention, but scope of protection of the present invention is not limited thereto,
Anyone skilled in the art within the technical scope of the present disclosure, according to the technique and scheme of the present invention and its
Inventive concept is subject to equivalent substitution or change, should be covered by the protection scope of the present invention.
Claims (10)
1. a kind of array reforming reactor, which is characterized in that including the multiple main bodys connected side by side, the main body includes insulation
Cover (1), combined high-voltage electrode (2), Outlet cover plate (3), collector tube (4) and grounding electrode (5)；The insulation sleeve (1) is divided into
Fixing end (1-1) and insulating end (1-2), fixing end (1-1) are equipped with the installation cooperated with combined high-voltage electrode (2) linkage section
Hole, insulating end (1-2) inner hollow are ionization chamber (6), and the main body of combined high-voltage electrode (2) is located in ionization chamber (6), insulation
(1-2) side opening is held, opening is equipped with Outlet cover plate (3), and collector tube (4) one end is connect with insulating end (1-2), collector tube
(4) other end is connected to the liquid collecting outlet (1-1-2) on fixing end (1-1), and insulating end (1-2) outer wall is also surrounded with grounding electrode
(5), combined high-voltage electrode (2) includes discharge layer (2-1) and insulating layer (2-2), and insulating layer (2-2) is located at discharge layer (2-1)
Inside is equipped with fuel passage (2-3) inside insulating layer (2-2), and discharge layer (2-1) is equipped with to be connected to fuel passage (2-3)
Spout (2-4), discharge layer (2-1) are entered by power-on switch (16) connection high voltage power supply (11), fixing end (1-1) equipped with carrier gas
Mouth (1-1-1), carrier gas inlet (1-1-1) are connected by carrier gas injection valve (13) with high pressure carrier gas bottle (8), fuel passage (2-3)
Fuel tank (9) are connected by fuel injection valve (14), fuel tank (9) connects catch box (10), and liquid collecting outlet (1-1-2) passes through collection
Liquid valve (15) is connected with collection liquid pump (12), collection liquid pump (12) connection catch box (10), and the fixing end (1-1) of adjacent body is connected,
Grounding electrode (5) between adjacent body is connected.
2. a kind of array reforming reactor according to claim 1, which is characterized in that the grounding electrode (5) is located at
The side fixing end (1-1), grounding electrode (5) one end are connected on fixing end (1-1) outer wall, and the inlet of collector tube (4) passes through
Fixing bolt B is connect with insulating end (1-2), and the liquid collecting entrance (1-2- on the entrance of collector tube (4) and insulating end (1-2)
1) it communicates, the exit of collector tube (4) is connect by fixing bolt A with grounding electrode (5) one end, on grounding electrode (5) one end
Equipped with liquid collection opening, liquid collecting outlet (1-1-2) and liquid collection opening are connected to collector tube (4).
3. a kind of array reforming reactor according to claim 2, which is characterized in that the fixing end (1-1) with put
Electric layer (2-1) is threadedly coupled by mounting hole, the side of discharge layer (2-1), the side of insulating layer (2-2) and fixing end (1-1)
Side be generally aligned in the same plane.
4. a kind of array reforming reactor according to claim 2, which is characterized in that the combined high-voltage electrode
It (2) further include the energising layer (2-5) being connect with the other side fixing end (1-1), energising layer (2-5) is connect with discharge layer (2-1), is led to
Electric layer (2-5) is equipped with the carrier gas inlet (1-1-1) on the fuel inlet being connected to fuel passage (2-3) and fixing end (1-1)
The carrier gas of connection is passed through the liquid collecting pass-out mouth that mouth is connected to liquid collecting valve (15) with for liquid collecting outlet (1-1-2).
5. a kind of array reforming reactor according to claim 1, which is characterized in that the spout (2-4) passes through one
A Kong Luyu fuel passage (2-3) connection, the quantity of spout (2-4) are multiple.
6. a kind of array reforming reactor according to claim 1, which is characterized in that the spout (2-4) passes through two
A above Kong Luyu fuel passage (2-3) connection, the quantity of spout (2-4) is multiple.
7. a kind of array reforming reactor according to claim 1, which is characterized in that Outlet cover plate (3) side
Equipped with the fixation annular groove for connecting insulating end (1-2), the Outlet cover plate (3) of adjacent body is connected.
8. a kind of array reforming reactor according to claim 1, which is characterized in that Outlet cover plate (3) both ends
It bends and is contacted with insulating end (1-2) outer wall, the both ends of bending are threadedly coupled with grounding electrode (5), and Outlet cover plate (3) is additionally provided with
For the through-hole that collector tube (4) passes through, grounding electrode (5) one end is provided with the connector (5-1) through fixing end (1-1).
9. a kind of array reforming reactor according to claim 7 or 8, which is characterized in that on the Outlet cover plate (3)
Equipped with gas outlet is reformed, reforms gas outlet and pass through air outlet valve (17) connection flowmeter (7).
10. a kind of array reforming reactor according to claim 1, which is characterized in that the carrier gas of the adjacent body
Injection valve (13) is all connected to a high pressure carrier gas bottle (8), and the fuel injection valve (14) of adjacent body is all connected to a fuel
Case (9), the liquid collecting valve (15) of adjacent body are all connected to a collection liquid pump (12), and the discharge layer (2-1) of adjacent body is all connected with
To a power-on switch (16).
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